void ScaleTargets(float scaleMult)
{
// Scale VR Rig up/down to appropriate scale
transform.localScale = Vector3.one * scaleMult;
if (setPlayerControllerHeight)
{
OVRController.GetComponent <CharacterController>().height = playerScale;
}
//parent & reposition ant head once VR rig is scaled
AntHead.transform.SetParent(AntHeadParent);
AntHead.transform.localPosition = localPosAntHead;
AntHead.transform.localRotation = Quaternion.Euler(localRotAntHead);
AntHead.SetActive(true);
//Debug.Log("floorHeight: " + floorHeight);
//Debug.Log("transform.localScale: " + transform.localScale);
//once all this is done, unfade screen
}
void OnScaleChanged(float prevHeightScale = -1)
{
if (prevHeightScale == -1)
{
prevHeightScale = heightScale;
}
// Get current capsule height
var capsuleHeight = pc.GetComponent <CharacterController>().height;
// Set new capsule scale
pc.transform.localScale = heightScale * Vector3.one;
// Scale happens relative to the centre of the capsule, so after scaling it we need to move it to keep the player's feet on the ground
var newPos = pc.transform.localPosition;
float heightChange;
if (heightScale > prevHeightScale)
{
heightChange = (capsuleHeight * 0.5f * (heightScale - prevHeightScale)) * 1.02f;
}
else
{
heightChange = (capsuleHeight * 0.5f * (heightScale - prevHeightScale)) * 0.98f;
}
newPos.y += heightChange;
pc.transform.localPosition = newPos;
// The tracking scale set on the slider is absolute, but the value on the cameraRig is relative to the playercontroller scale.
// This means we need to scale it first to get the desired value.
var requiredTrackingScale = trackingAndIPDScale / heightScale;
camRig.transform.localScale = requiredTrackingScale * Vector3.one;
pc.Acceleration = initialAcceleration * walkSpeedScale;
}